Carbon monoxide (CO) is a colourless, odorless, and extremely toxic gas commonly produced by the incomplete combustion of carbon-containing materials. It poses significant health risks and is a key target for emissions monitoring in many industries. Accurate and reliable measurement of CO levels is critical for safety, environmental compliance, and operational optimisation.
At Signal Group, our carbon monoxide analysers are engineered for precise detection and continuous monitoring, providing crucial data that helps businesses comply with safety standards and environmental regulations while improving process efficiency.
Non Dispersive Infrared (NDIR) Multi-gas analysers are available in 1, 2, 3, 4 or 5 gas channel configurations, offering high levels of performance and flexibility. Options include CO, CO2, CH4, NO, N2O, SO2, HCl and O2.
Luft, R.F. capacitive bridge circuit detector for highly specific gas detection with advanced optical design allows direct ambient measurement.
Signal Group’s carbon monoxide analysers are your solution for effective monitoring of this dangerous gas. Our technology ensures that your operations are safe, compliant, and efficient. Contact us today to discuss how our analysers can be tailored to meet the specific needs of your business.
Signal Group’s portable heated FID VOC analyser, the S4 SOLAR XPLORE, has made it to the finals of the Instrumentation Excellence Awards, and a team from Signal will be donning their red-carpet attire for a glittering award ceremony that will take place at the Grand Connaught Rooms in London on
Intriguingly, the Signal Group stand will be staffed by gas analysis experts wearing T-shirts saying ‘Ask me about MCERTS!’ It’s too early to say more, but anyone interested in VOC emissions monitoring should head for Stand-L5…if only to try out the detachable tablets. With a heavy focus on technology development,
Researchers at the University of Sheffield are exploring new exhaust aftertreatment systems for heavy-duty engines capable of running on clean, zero-carbon fuels. This 4-year project is funded by an EPSRC grant and supported by the industrial partner Eminox. The project is led by Bill Nimmo, Professor of Energy Engineering and
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